Aim of the course
The original two-hybrid system (YTH), an experimental approach designed
to detect protein interactions, exploited the modular nature of many transcription
factors. It has provided the intellectual and technical seed for the evolution
of an array of innovative approaches, the application of which broaden
the scope of experimentally addressable questions bearing on the interaction
of proteins with a diverse group of partner molecules. The available array
of modified and alternative approaches facilitates the analysis of complex
cellular machinery and signaling networks that rely on multiple interactions
which involve protein components. Such advances have facilitated the functional
analysis of proteins on the genome level, a feat considered untenable a
decade ago.
At the same time, YTH remains a relatively simple, quick and low cost
technique, when compared to alternative approaches used to define interacting
groups based on physical interactions (eg., co-purification of complexes
of interest followed by use of mass spectrophotometry to assign identity
of individual protein components). Scientific content of the course will
give both the theoretical background and the practical, hands-on experience
to the participants. It is expected that upon completion of this class,
a participant would be able to set up a “basic” two-hybrid screen and to
use YTH to detect interaction between defined proteins without a need in
additional sources of information. We would also provide limited information
on other, more specialized YTH-based techniques, so that participants could
choose the most appropriate technique for their particular field of study.
Other activities:
- informal discussions will be initiated at lunch and supper
- if there is a sufficient number of interested and qualified participants,
we will also suggest them to do a library transformation. While this step
is more time- and labor-consuming than small-scale transformation included
in the original plan, it is also potentially more rewarding. It will create
a yeast strain ready to be used for screening by interaction mating
(a relatively simple procedure). Upon success of library transformation,
enough frozen aliquotes will be created to set up at least 50 to 100 screenings.
Thus, not only the participants will obtain the experience of doing this
procedure, but also a “public domain” pool of pre-transformed library will
be created, available for all investigators.
Number of invited lectures and tutors: 6.
Number of participants is limited to 20 in
order to maximise the effectiveness of hands-on experience in YTH methodology.
The participants will be chosen based on the basis
of their academic and/or research backgrounds, taking into account the relevance
of the course to their needs and career development. No poster session is
planned, but participants are encouraged to bring their recent poster presentations.
The course is organized for young researchers from
the Former Soviet Union and Eastern Europe.
Registration fee: 250 Euro.
Deadline for applications: September 1, 2002. |
This map shows the locations of the research institutions, from which we have received applications.
So can you guess the names of the countries at least? What about cities?
Hint:Mouse over the dots to get the names of Institutions, from where the applications were received
 | applications |
 | accepted applications |
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